01 / AUTOMATION
Industrial Automation
Control architectures, automated processes, machine interfaces and integrated production systems.
Technologies / IMAUTORNATION
Technology that gives industry greater capability.
IMAUTORNATION develops and integrates automation, robotics, artificial intelligence, machine systems, hydraulics, industrial electronics and energy technologies for demanding industrial environments.
01 / Technology Portfolio
Core technologies across the industrial system.
Our technology direction connects sensing, intelligence, control, motion, machines and energy into systems designed around real industrial requirements.
02 / ROBOTICS
Robotics & Autonomous Systems
Industrial robotics, autonomous machines, robot cells, motion coordination and robotic production.
03 / ARTIFICIAL INTELLIGENCE
Industrial AI
Machine intelligence supporting vision, optimization, diagnostics, decision systems and industrial data.
04 / HYDRAULICS & MOTION
Hydraulics & Motion
Hydraulic power, actuation, motion control and machine dynamics for demanding equipment.
05 / MACHINE SYSTEMS
Industrial Machinery
Machine engineering, mechanical systems, production equipment and next-generation industrial machinery.
06 / ENERGY
Energy Technology
Energy systems, industrial power, power management and intelligent energy integration.
02 / Technology Architecture
Technology becomes valuable when the disciplines work together.
Industrial performance rarely comes from one technology alone. Automation, AI, robotics, motion, machinery and energy must exchange information and operate as a coherent system.
01 / SENSE
Observe
Sensors, machine vision, instrumentation and operational data.
02 / INTELLIGENCE
Understand
Analytics, AI, diagnostics, optimization and decision support.
03 / CONTROL
Coordinate
Automation, controls, software, robotics and motion.
04 / EXECUTION
Operate
Machines, equipment, energy and integrated industrial systems.
Engineering principle: integrate the technology around the industrial objective, not the other way around.
03 / Cross-Disciplinary Capability
One technology platform. Many industrial applications.
The same engineering disciplines can be configured for different sectors, machine types and production environments.
Smart ManufacturingAutomation, robotics, AI and production systems working together.
Intelligent MachinesMechanical systems enhanced with sensing, control and machine intelligence.
Autonomous OperationsRobotics, perception, decision systems and coordinated machine behavior.
Motion & PowerHydraulics, actuation, control and industrial power systems.
Industrial DataOperational information supporting monitoring, optimization and improvement.
System IntegrationInterfaces between machines, controls, software, energy and production.
04 / Technology Development
From technology concept to industrial capability.
Technology development follows an engineering lifecycle: understand the requirement, architect the system, develop the solution, validate performance and prepare it for industrial use.
01
Understand
Define the industrial objective and operating context.
02
Architect
Choose interfaces, disciplines and system boundaries.
03
Develop
Engineer machines, controls, software and technology.
04
Validate
Verify function, integration and readiness.
05
Industrialize
Prepare deployment, production and continuous improvement.
05 / Technology & Industry
Built around industrial context.
Our technologies are intended to serve the environments described across IMAUTORNATION's industrial portfolio—from automotive production and manufacturing to energy, construction, metals, steel, chemicals and infrastructure.